Search in PCB terminal blocks and PCB connectors

Whether you use a screw connection or push-in spring connection, as a PCB terminal block or easy-to-maintain connector, for two to 24 positions: the comprehensive COMBICON product range offers the right connection technology for transmitting signals, data or power for almost every application.

Your advantages

Maximum flexibility, thanks to versatile connection technologies such as screws or springs

Large range of possible applications, thanks to various pitches and numbers of positions

Single-row PCB connectors with 2.54 mm pitch with crimp connection

Lever-actuated PCB connectors for power transmission up to 41 A

PCB terminal blocks

PCB terminal blocks

PCB terminal blocks enable the easy, secure transmission of signals, data, and power directly to the PCB. The space-saving connection method is ideal for numerous applications in the processing and industrial environments.

For conductor cross sections of 0.14 to 95 mm2

For currents up to 232 A and voltages up to 1000 V

With screw, spring or insulation displacement connection

For pitches of 2.5 to 20 mm

PCB connectors

PCB connectors

Our PCB connectors offer a universal, maintenance-friendly conductor connection for almost all device designs from various industries and markets.

High-current feed-through terminal blocks

High-current feed-through terminal blocks

With high-current feed-through terminal blocks, high currents and voltages can be transmitted safely and reliably through the housing panel. Various connection technologies enable flexible solutions for transmission.

For conductor cross sections of 4 to 150 mm2

For currents up to 309 A and voltages up to 1000 V

With a screw, spring, T-LOX or bolt connection

For panel thicknesses of 1 to 6 mm

Customer-specific PCB connections

Customer-specific PCB connections

Do you need a customized connection solution? Phoenix Contact provides a wide variety of customer-specific modifications, whether it is a version for serial production or a completely new development.